0.672 1.672 1.762 least to greatest
Answer:
Step-by-step explanation:
Given
See attachment
Solving (a): g(-1)
We make use of:
Because: 
is true for x =-1
Hence:
Solving (b): g(0.75)
We make use of:
Because: 
is true for x =0.75
Hence:
Solving (b): g(1)
We make use of:
Because: 
is true for x =1
Hence:
384 in^{3}. because if you have to add the bases together then so 7+5=12 then you times the width and height together so 4*8=32. Then you times 12 * 32 = 384.
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HELPED!!!!!!!!!
Answer:
Brainstorming i think
Step-by-step explanation:
Answer:
25
Step-by-step explanation:
When we write expressions for the total cost of each field visit and set them equal, we find the solution to be the ratio of the difference in fixed cost to the difference in variable cost.
y = 75 +7x . . . . . cost for x students to visit the science center
y = 50 +8x . . . . cost for x students to visit the natural history museum
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Subtracting the first equation from the second, we get ...
0 = -25 +x
25 = x . . . . . add 25; the number of students such that costs are equal
The cost will be the same either place for 25 students.
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<em>Additional comment</em>
Here, the fixed cost difference is 75-50=25, and the variable cost difference is 8-7=1. The ratio of these costs is ...
$25/($1 /student) = 25 students.
This relationship only holds when the higher fixed cost is associated with the lower variable cost. Charges are such that one place caters to larger numbers of students (science center), and one prefers fewer students (natural history museum).
